Book recommendations to start learning programming for project Euler

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SUMMARY

This discussion focuses on book recommendations and resources for learning programming to tackle Project Euler problems. Key resources include the free eBook "Introduction to Scientific Programming with Python" from Springer, SageMath for mathematical computations, and the website Programiz for Python programming tutorials. Participants emphasize the importance of using programming to enhance problem-solving skills rather than relying solely on mathematical software like Mathematica. The discussion also highlights the relevance of number theory in solving Project Euler challenges.

PREREQUISITES
  • Basic understanding of number theory
  • Familiarity with Python programming
  • Knowledge of SageMath for mathematical computations
  • Experience with online programming resources like Programiz
NEXT STEPS
  • Explore the "Introduction to Scientific Programming with Python" eBook
  • Learn SageMath for advanced mathematical problem-solving
  • Practice Python programming using resources from Programiz
  • Review Project Euler problems starting from Problem 1 to enhance programming skills
USEFUL FOR

Students, educators, and anyone interested in learning programming to solve mathematical problems, particularly those using Project Euler and SageMath.

MidgetDwarf
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I do not know much about programming. I have used Mathematica, and some Python in the past for very specific problems.
Any book recommendations for one wanting to learn programming in order to solve problems from Project Euler. I am familiar with number theory, but not with programming.
 
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I share this with my students, its a free e book from springer
"Introduction to Scientific Programming with Python"
https://link.springer.com/book/10.1007/978-3-030-50356-7

For simpler projects I recommend them to use https://codewith.mu/

This might be of interest for you
https://www.sagemath.org/
Just google "number theory with sage" "abstract algebra with sage" etc and you'll find tons of material like these
 
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malawi_glenn said:
I share this with my students, its a free e book from springer
"Introduction to Scientific Programming with Python"
https://link.springer.com/book/10.1007/978-3-030-50356-7

For simpler projects I recommend them to use https://codewith.mu/

This might be of interest for you
https://www.sagemath.org/
Just google "number theory with sage" "abstract algebra with sage" etc and you'll find tons of material like these
Thanks for the great links. I was unaware of the existence of Sage.
I ordered a physical copy of the Springer book.
 
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I have some more Sage stuff if you are interested and want to go down that route
 
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malawi_glenn said:
I have some more Sage stuff if you are interested and want to go down that route
Do you think Sage would be useful for solving Project Euler problems?
 
MidgetDwarf said:
I do not know much about programming. I have used Mathematica, and some Python in the past for very specific problems.
Any book recommendations for one wanting to learn programming in order to solve problems from Project Euler. I am familiar with number theory, but not with programming.
Can you list a few of the problems from Project Euler that you are interested in working on? That would help us in our recommendations, I think. Thanks.
 
pbuk said:
Do you think Sage would be useful for solving Project Euler problems?
Rethorical question?
 
malawi_glenn said:
Rethorical question?
Not at all. As I understand it, the aim of SageMath is to create an open source alternative to declarative math packages such as Matlab and Mathematica. If you look at the "leader board" for Project Euler there is only one entry for an Eulerian who declares that they use Mathematica.

Whilst some of the early problems can easily be solved using e.g. Mathematica in reasonable time e.g. https://projecteuler.net/problem=1, this leaves the "heavy lifting" to the package and does not give you the experience of efficiently reducing the size of the solution space that is necessary in solving many of the later problems.
 
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pbuk said:
"heavy lifting" to the package and does not give you the experience of efficiently reducing the size of the solution space that is necessary in solving many of the later problems.
Just because there are packages does not mean one has to use them. One could also use the packages to check the solution. I mean if you do not want to use the inbuilt "mod" function, just write your own :-)

EDIT: I guess GNU octave is still "good" these days. It is basically a free version of MATLAB
 
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  • #11
Yes please, share more Sage stuff.

As for what problems I want to solve in Project Euler. I want to start from 1 going upwards. I see it more as practicing the number theory I know, and learning more, while learning a bit of python, or what ever language, in the process.
 

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